The global health landscape is defined by a growing metabolic crisis. A substantial portion of the adult population now lives with metabolic dysfunction, including obesity, insulin resistance, fatty liver disease, and type 2 diabetes. These conditions are not isolated—they reflect a breakdown in the underlying physiology that governs human health.
MyHelTHStatus™ was created to address this problem at its root.
To make health measurable, understandable, and actionable—so that individuals can assess, track, and improve their physiological state over time.
The HelTH Framework™ is a systems-based model that integrates physical performance and biological measurements to define health as a measurable, dynamic state.
Rather than focusing on isolated biomarkers or symptoms, it organizes physiology across metabolic, functional, and structural domains to reveal how the body is operating as a whole.
By translating these inputs into a unified, quantitative profile, the HelTH Framework™ provides a clear, objective view of health—one that can be tracked, interpreted, and improved over time.
MyHelTHStatus was developed by Peter Delannoy, PhD, a biochemist focused on the mechanistic foundations of human metabolism and health.
His work centers on integrating metabolic science with measurable physical performance to better understand—and improve—long-term human health.